EnglishDTU.dkIndeksKontaktTelefonbogAlumnenetværkPortalen

Welcome to the Optofluidics Group Homepage

Research group of Professor Anders Kristensen. The integration and interplay between optical and fluidic functionalities defines the emerging field of Optofluidics. Microfluidics enables new types of adaptive optics, where the optical properties of a device can be controlled by fluid flow, and compact systems can be obtained by incorporating optical funcitonality to microfluidic devices. We do research in nano-optics and nanofluidics seeking new sensing and actuation  schemes at the nano-scale by the integration of these. Our research is complemented by technology development within nanofabrication.

 

 

Research                          

 

   

Publications

 

Innovation

 

Teaching & student projects

 

People

 

The Lab  

 

 

 /upload/institutter/mic/forskning/nse-optofluidics/pictures/resonance pump laser.jpg

 

Nano-optics

Polymer lasers, multifunctional photonic crystals, plasmonics, reconfigurable photonic crystals, random lasing.

   

 

 

/upload/institutter/mic/forskning/nse-optofluidics/pictures/180610_100x_circular_small.gif 

 

Nanofluidics

Developing nanofluidics for manipulation and entropic confinement of DNA.

 

 

   
/upload/institutter/mic/forskning/nse-optofluidics/pictures/cnpstampafm1.jpg 

 

Nanofabrication

Technology development: stamps, nanolithography, e-beam lithography, nanostructured steel tools for injection molding. We are users of the Danchip facility at DTU.

 

We are currently funded by the following FP7 EU projects:
   

 

Plast4future 

We do nanofabrication and technology development

 

Cellomatic 

We do nanofluidics and nanofabrication for sequencing applications 

 

 

National Grants:
 

/upload/institutter/mic/forskning/nse-optofluidics/pictures/fi_logo.jpg

LiCorT - Liquid Core Waveguide Technology for Diagonostics

Funded by the Danish Council for Strategic Research 

 

POLYNANO - Strategic Research Center in Precision and Nano-scale Polymer Mass Replication of Biochips

Funded by the Danish Council for Strategic Research

 

 

 

 

 /upload/institutter/mic/forskning/nse-optofluidics/pictures/htf_logo.gif

NIL-2-GO - A compact Nanoimprint Solution for imprint on fragile and curved substrates

Funded by the Danish National Advanced Technology Foundation

 

Nanoplast - Nanostructured Plastic Components by Injection Molding

Funded by the Danish National Advance Technology Foundation

 

 

 

 

We previously received funding from the following FP7 EU projects:

   

 

NapaNIL

 

 

READNA

 

 

 

 

  

Sidst opdateret af  30.05.2012
Ansvarlig: Anders Kristensen
Top
Ørsteds PladsBygning 345Ø2800 Kgs. LyngbyTlf. +45 45255700
Cookies